djazz

LOW-DETAIL DATA FLOW DIAGRAM

flowchart TB;

TapIn((Tap\nIn))
PattrIn((Pattr\nIn))

AudioIn((Audio\nIn))
MidiIn((MIDI In))

DataIn((File\nData\nIn))
PresetIn((Presets In))

PattrBroadcast[Asynchronous\nInput\nBroadcaster]
Master[Master Control]
Audio[Djazz Audio]
Midi[Djazz MIDI]
PattrStorage[PattrStorage]

click Master "./../components/master_control.html" "Master Control"
click Audio "audio.html" "Master Control"
click Midi "midi.html" "Master Control"

AudioOut(((Audio\nOut)))
MidiOut(((MIDI\nOut)))
PattrOut(((Pattr\nOut)))

TapIn-->Master

PattrIn-->PattrBroadcast
AudioIn--->Audio
MidiIn--->Midi
DataIn-->Master
DataIn-->Audio
DataIn-->Midi
Master-->Audio
Master-->Midi

Audio-->AudioOut

Midi-->MidiOut

PresetIn-->PattrStorage
PattrStorage-->PattrOut

MEDIUM-DETAIL DATA FLOW DIAGRAM

flowchart TB;


%% FLOW -----------------------------------------------

TapInput---->|bang| MasterControl
DataInput--->MasterControl

MasterControl--->|beat number, beat label, tempo| MidiGenerators
MidiInput---->MidiIn
DataInput----->MidiData
MidiOuts-->MidiOutput

MasterControl--->|beat number, beat label, tempo| AudioGenerators
AudioInput---->AudioIn
DataInput----->AudioData
AudioOuts-->AudioOutput


PresetInput---->PattrStorage
PattrStorage------>PattrOutput
PattrInput--->PattrBroadcaster

%% INPUTS ------------------------------------------------

AudioInput((Audio\nIn L/R))
DataInput((File\nData\nIn))
MidiInput((MIDI In))
TapInput((Tap\nIn))
PresetInput((Presets In))
PattrInput((Pattr\nIn))

%% OUTPUTS -----------------------------------------------

AudioOutput(((Audio\nOut\n1-3 L/R)))
MidiOutput(((MIDI Out)))
PattrOutput(((Pattr Out)))

%% COMPONENTS ------------------------------------------------

PattrStorage[PattrStorage]
PattrBroadcaster[Asynchronous\nInput\nBroadcaster]
MasterControl[Master Control]

subgraph Midi[Djazz MIDI];
  direction TB

  MidiIn-->MidiData

  MidiIn[MIDI\nIn]
  subgraph MidiOut[MIDI\nOut]
    direction TB

    MidiData-->MidiGenerators
    MidiGenerators-->MidiPlayer-->MidiOuts

    MidiData[Data\nLoader]
    MidiGenerators[Generators]
    MidiPlayer["Midi\nPlayer"]
    MidiOuts[MIDI\nOuts]
  end
end

subgraph Audio[Djazz Audio];
  direction TB

  AudioIn-->AudioData

  AudioIn[Audio\nIn]
  subgraph AudioOut[Audio Out]
    direction TB

    AudioData-->AudioGenerators
    AudioGenerators-->AudioPlayers-->AudioOuts

    AudioData[Data\nLoader]
    AudioGenerators[Generator 1]
    AudioPlayers[Audio Beat Player 1];
    AudioOuts[Audio\nTrack 1]
  end
end

HIGH-DETAIL DATA FLOW DIAGRAM

flowchart TB;


%% FLOW -----------------------------------------------

TapInput---->|bang| MasterIn
DataInput---->MasterData
DataInput--->aData
DataInput--->mData
MidiInput---->mInIn
AudioInput--->aInIn

PattrInput-->PattrBroadcaster
PresetInput---->PattrStorage
PattrStorage---------->PattrOutput

MasterOut--->|beat number, beat label, tempo| mOutIn
MasterOut-->|beat number, beat label, tempo| aOutIn
mOutOut-->MidiOutput
aOutOut--->AudioOutput

%% INPUTS ------------------------------------------------

AudioInput((Audio\nIn L/R))
DataInput((File\nData\nIn))
MidiInput((MIDI In))
TapInput((Tap\nIn))
PresetInput((Presets In))
PattrInput((Pattr\nIn))

%% OUTPUTS -----------------------------------------------

AudioOutput(((Audio\nOut\n1-3 L/R)))
MidiOutput(((MIDI Out)))
PattrOutput(((Pattr Out)))

%% COMPONENTS ------------------------------------------------

PattrStorage[PattrStorage]
PattrBroadcaster[Asynchronous\nInput\nBroadcaster]

%% MASTER CONTROL -----------------------------------------

subgraph MasterControl[Master Control];
direction TB
  MasterIn(( ))
  MasterOut(( ))
  MasterData[Song Data Loader]
  MasterAntescofo["Antescofo\n(to infer tempo)"]
  BeatClock[Beat Clock]
  GetBeatLabel["get beat label"]

  MasterData --> MasterAntescofo
  MasterData --> BeatClock
  MasterData --> GetBeatLabel

  MasterIn-->MasterAntescofo-->|tempo| MasterOut
  MasterIn-->BeatClock-->|beat number| MasterOut
  MasterIn-->GetBeatLabel-->|beat label| MasterOut
end

%% MIDI -----------------------------------------------

subgraph Midi[Djazz MIDI];
direction TB

  %% MIDI IN -----------------------------------
  subgraph MidiIn[MIDI\nIn]
  direction TB

    mInIn(( ))
    mRecordBeatList[record beat data]
    mBuildFactorOracle[build factor oracle]

    mInIn --> mRecordBeatList
    mRecordBeatList --> mBuildFactorOracle
    mRecordBeatList --> mInOut
    mBuildFactorOracle -->mInOut

    mInOut(( ))

  end

  %% MIDI OUT -----------------------------------
  subgraph MidiOut[MIDI\nOut]
  direction TB

    mOutIn(( ))
    mData[Data\nLoader]
    mg1[Generator 1]
    mg2[Generator 2]
    mg3[Generators 3-15]

    subgraph mbPlayer[MIDI Beat Player];
        mbPlayerAntescofo[Antescofo]
    end

    mt1[MIDI\nTrack 1]
    mt2[MIDI\nTrack 2]
    mt3[MIDI\nTracks 3-15]

    mOutOut(( ))

    mOutIn --> mg1
    mOutIn --> mg2
    mOutIn --> mg3

    mData  --> mg1
    mData  --> mg2
    mData  --> mg3

    mg1 --> mbPlayer --> mt1 --> mOutOut
    mg2 --> mbPlayer --> mt2 --> mOutOut
    mg3 --> mbPlayer --> mt3 --> mOutOut
  end

  mInOut --> mData
end
%% end MIDI ---------------------------------------------

%% AUDIO ------------------------------------------------

subgraph Audio[Djazz Audio];
direction TB

  %% AUDIO IN -----------------------------------
  subgraph AudioIn[Audio\nIn]
  direction TB

    aInIn(( ))
    aRecordBuffer[record audio buffer]
    aRecordBeatList[record beat data]
    aBuildFactorOracle[build factor oracle]

    aInIn --> aRecordBuffer
    aInIn --> aRecordBeatList
    aRecordBeatList --> aBuildFactorOracle
    aRecordBuffer --> aInOut
    aRecordBeatList --> aInOut
    aBuildFactorOracle -->aInOut

    aInOut(( ))

  end

  subgraph AudioOut[Audio Out]
  direction TB
    aOutIn(( ))
    aData[Data\nLoader]
    ag1[Generator 1]
    ag2[Generator 2]
    ag3[Generator 3]

    subgraph abPlayer1[Audio Beat Player 1];
    direction TB
        svp1[supersvp]
    end

    subgraph abPlayer2[Audio Beat Player 2];
    direction TB
        svp2[supersvp]
    end

    subgraph abPlayer3[Audio Beat Player 3];
    direction TB
        svp3[supersvp]
    end

    at1[Audio\nTrack 1]
    at2[Audio\nTrack 2]
    at3[Audio\nTrack 3]

    aOutOut(( ))

    aOutIn      --> ag1 --> abPlayer1 
    abPlayer1 --> at1 --> aOutOut
    aOutIn      --> ag2 --> abPlayer2
    abPlayer2 --> at2 --> aOutOut
    aOutIn      --> ag3 --> abPlayer3 
    abPlayer3 --> at3 --> aOutOut

    aData  --> ag1
    aData  --> ag2
    aData  --> ag3

  end

  aInOut --> aData

end

%% end AUDIO -------------------------------------------  

click Master "./../components/master_control.html" "Master Control"
click Audio "audio.html" "Master Control"
click Midi "midi.html" "Master Control"

INLETS

1   signal

Audio In 1

signal Audio signal is sent to djazz_audio_in

2   signal

Audio In 2

signal Audio signal is sent to djazz_audio_in

3   list

Midi In

list (int pitch, int velocity, int channel) sent to djazz_midi_in

4   bang

Triggers next beat

bang All active tracks MIDI and audio tracks will play their data located at the current beat in tempo when a bang is received. Any armed recording tracks will record any input during this beat in tempo.

5   list

Asynchronous input (such as that sent from pattr objects)

list (symbol argument-name anything argument-value) See the section on pattrs

6   symbol

Loads records needed for playback

symbol The name of a Max dict that has been loaded with a JSON file. These are either song files or score files.

7   anything

Messages to the pattrstorage objects

anything This is only used to send the “clientwindow” message to the pattrstorage object, which is useful for debugging. Any preset-related messages could be sent, but they should actually be sent to djazz_control.

OUTLETS

0   signal

Audio Track 1 Out 1

Audio signal

1   signal

Audio Track 1 Out 2

Audio signal

2   signal

Audio Track 2 Out 1

Audio signal

3   signal

Audio Track 2 Out 2

Audio signal

4   signal

Audio Track 3 Out 1

Audio signal

5   signal

Audio Track 3 Out 2

Audio signal

6   list

MIDI output

A MIDI note is sent out as a list (int pitch, int velocity, int channel)

7   list

View control data

ATTRIBUTES

None

MESSAGES

### MESSAGES
-See asynchronous messages.
-See

Page not found: /3_api/1_abstraction_references/components/master_control

/master_control

Page not found: /3_api/1_abstraction_references/components/master_control#loop-section-active

Page not found: /3_api/1_abstraction_references/components/master_control

SEE ALSO

djazz_data djazz_control djazz_view_control